AAAAAA

   
Results: 1-12 |
Results: 12
ANALYSIS OF N-TERMINAL CAPPING USING CARBONYL-CARBON CHEMICAL-SHIFT MEASUREMENTS
Authors: PARK SH SHALONGO W STELLWAGEN E
Citation: Sh. Park et al., ANALYSIS OF N-TERMINAL CAPPING USING CARBONYL-CARBON CHEMICAL-SHIFT MEASUREMENTS, Proteins, 33(2), 1998, pp. 167-176
THE ROLE OF PII CONFORMATIONS IN THE CALCULATION OF PEPTIDE FRACTIONAL HELIX CONTENT
Authors: PARK SH SHALONGO W STELLWAGEN E
Citation: Sh. Park et al., THE ROLE OF PII CONFORMATIONS IN THE CALCULATION OF PEPTIDE FRACTIONAL HELIX CONTENT, Protein science, 6(8), 1997, pp. 1694-1700
DICHROIC STATISTICAL-MODEL FOR PREDICTION AND ANALYSIS OF PEPTIDE HELICITY
Authors: SHALONGO W STELLWAGEN E
Citation: W. Shalongo et E. Stellwagen, DICHROIC STATISTICAL-MODEL FOR PREDICTION AND ANALYSIS OF PEPTIDE HELICITY, Proteins, 28(4), 1997, pp. 467-480
EVIDENCE FOR GLUTAMATE SELF-CAPPING WITHIN A PEPTIDE HELIX
Authors: STELLWAGEN E SHALONGO W
Citation: E. Stellwagen et W. Shalongo, EVIDENCE FOR GLUTAMATE SELF-CAPPING WITHIN A PEPTIDE HELIX, Biopolymers, 43(6), 1997, pp. 413-418
INCORPORATION OF PAIRWISE INTERACTIONS INTO THE LIFSON-ROIG MODEL FORHELIX PREDICTION
Authors: SHALONGO W STELLWAGEN E
Citation: W. Shalongo et E. Stellwagen, INCORPORATION OF PAIRWISE INTERACTIONS INTO THE LIFSON-ROIG MODEL FORHELIX PREDICTION, Protein science, 4(6), 1995, pp. 1161-1166
ANALYSIS OF MODEL HELICAL PEPTIDE THERMAL TRANSITIONS USING C-13 NMR
Authors: SHALONGO W DUGAD L STELLWAGEN E
Citation: W. Shalongo et al., ANALYSIS OF MODEL HELICAL PEPTIDE THERMAL TRANSITIONS USING C-13 NMR, Biophysical journal, 66(2), 1994, pp. 10000299-10000299
ANALYSIS OF THE THERMAL TRANSITIONS OF A MODEL HELICAL PEPTIDE USING C-13 NMR
Authors: SHALONGO W DUGAD L STELLWAGEN E
Citation: W. Shalongo et al., ANALYSIS OF THE THERMAL TRANSITIONS OF A MODEL HELICAL PEPTIDE USING C-13 NMR, Journal of the American Chemical Society, 116(6), 1994, pp. 2500-2507
DISTRIBUTION OF HELICITY WITHIN THE MODEL PEPTIDE ACETYL(AAQAA)(3)AMIDE
Authors: SHALONGO W DUGAD L STELLWAGEN E
Citation: W. Shalongo et al., DISTRIBUTION OF HELICITY WITHIN THE MODEL PEPTIDE ACETYL(AAQAA)(3)AMIDE, Journal of the American Chemical Society, 116(18), 1994, pp. 8288-8293
LIMITED PROTEOLYSIS OF YEAST PHOSPHOFRUCTOKINASE - SEQUENCE LOCATIONSOF CLEAVAGE SITES CREATED BY THE ACTIONS OF DIFFERENT PROTEINASES
Authors: KOPPERSCHLAGER G BAR J STELLWAGEN E
Citation: G. Kopperschlager et al., LIMITED PROTEOLYSIS OF YEAST PHOSPHOFRUCTOKINASE - SEQUENCE LOCATIONSOF CLEAVAGE SITES CREATED BY THE ACTIONS OF DIFFERENT PROTEINASES, European journal of biochemistry, 217(2), 1993, pp. 527-533
A REEXAMINATION OF THE CONFORMATIONAL TRANSITIONS OF T4 THIOREDOXIN
Authors: SHALONGO W JAGANNADHAM M STELLWAGEN E
Citation: W. Shalongo et al., A REEXAMINATION OF THE CONFORMATIONAL TRANSITIONS OF T4 THIOREDOXIN, Biopolymers, 33(6), 1993, pp. 903-913
MODULATION OF THE HELICAL STABILITY OF A MODEL PEPTIDE BY IONIC RESIDUES
Authors: PARK SH SHALONGO W STELLWAGEN E
Citation: Sh. Park et al., MODULATION OF THE HELICAL STABILITY OF A MODEL PEPTIDE BY IONIC RESIDUES, Biochemistry, 32(47), 1993, pp. 12901-12905
RESIDUE HELIX PARAMETERS OBTAINED FROM DICHROIC ANALYSIS OF PEPTIDES OF DEFINED SEQUENCE
Authors: PARK SH SHALONGO W STELLWAGEN E
Citation: Sh. Park et al., RESIDUE HELIX PARAMETERS OBTAINED FROM DICHROIC ANALYSIS OF PEPTIDES OF DEFINED SEQUENCE, Biochemistry, 32(27), 1993, pp. 7048-7053
Risultati: 1-12 |